Publications by authors named "Xu-Pu Wang"

Assembly of the adenovirus capsid protein hexon depends on the assistance of the molecular chaperone L4-100K. However, the chaperone mechanisms remain unclear. In this study, we found that L4-100K was involved in the hexon translation process and could prevent hexon degradation by the proteasome in cotransfected human cells.

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Synopsis of recent research by authors named "Xu-Pu Wang"

  • - Xu-Pu Wang's recent research focuses on the molecular mechanisms involved in the assembly of viral proteins, specifically exploring how viral chaperones assist in protein stability and interaction during assembly processes.
  • - The study titled "Molecular Mechanism of Adenovirus Late Protein L4-100K Chaperones the Trimerization of Hexon" reveals that the L4-100K chaperone plays a crucial role in supporting the translation and stability of the adenovirus hexon protein, preventing its degradation within the host cell.
  • - Wang's findings contribute to a deeper understanding of viral protein assembly mechanisms, which could inform future therapeutic approaches targeting viral infections by disrupting these critical interactions.